This document contains the contact information, professional summary, and resume of Velmurugan Subramaniam, an electrical engineer with over 20 years of experience. The professional summary provides details on his current role as Lead Reliability Engineer at Suncor Energy and expertise in areas like project management, reliability engineering, and standards compliance. The resume then outlines his educational background and details his work experience on various engineering projects with Suncor Energy, ExxonMobil, Petronas, and Birla Chemicals.
Electrical and control engineer for hammond solutionBakhte Karam
An effective and meticulous engineering professional with key expertise in the, energy oil & gas and manufacturing industries, skills in design engineering and systems optimization, extensive fault analysis and troubleshooting skills and advanced technical abilities enable me to quickly solve problems at the root cause, recognized and winner of various awards for my ability to multi-task efficiently in demanding and sensitive situations, earned the respect and confidence of my peers and customers for continuous improvement.
Performance paramter and suggestion to optizing the performnce of grid connec...Ashish Verma
performance evaluation of Solar PV plant ,in term of technology , financial investment , research and development is very important for growth of Solar PV Industry .
Electrical and control engineer for hammond solutionBakhte Karam
An effective and meticulous engineering professional with key expertise in the, energy oil & gas and manufacturing industries, skills in design engineering and systems optimization, extensive fault analysis and troubleshooting skills and advanced technical abilities enable me to quickly solve problems at the root cause, recognized and winner of various awards for my ability to multi-task efficiently in demanding and sensitive situations, earned the respect and confidence of my peers and customers for continuous improvement.
Performance paramter and suggestion to optizing the performnce of grid connec...Ashish Verma
performance evaluation of Solar PV plant ,in term of technology , financial investment , research and development is very important for growth of Solar PV Industry .
In this ebook, we will look at consensus recommendations for preventive maintenance including industry standards from the Institute of Electrical and Electronics Engineers (IEEE) and regulatory requirements specific to utilities as stipulated by the North American Electric Reliability Corporation (NERC).
As these standards and regulations outline minimum maintenance activities, we will also share how many critical facilities can and should go beyond these minimums for additional system protection and added peace of mind.
Dear Sir/Madam,
I need a job in Power-Renewable Energy Project,Oil&Gas or Infrastructure(….Metro)
Please kindly check my profile in Linked in
I will join immediately to anywhere in this world
Thanks & Regards,
Mannan Natarajan,Chennai,India
+919843096802(India), whats up;+971544395250
Email: mannansan@yahoo.co.in / amsanatarajan53@gmail.com
Reduce costs by outsourcing solar project managementRick Borry
Are you tired of worrying about all the nuts and bolts of your solar power project?
This presentation will teach you how to properly outsource solar project management and what this process will mean for you. Learn how PhotoVoltaic system owners benefit from lower system costs, greater control on schedule and budget, and higher quality - while freeing up valuable time to develop your next solar project.
This webinar is free, and intended for solar power developers of all sizes.
Collecting Economic Data in Power Quality SurveyLeonardo ENERGY
Highlights:
* Presents an approach to facilitate economic data collection.
* Defines Power Quality (PQ) as the extent to which the electrical energy available at the point of use is compatible with the needs of the load equipment connected.
* Lack of compatibility may lead to end user equipment ceasing, operating erratically or incorrectly, or at reduced efficiency.
* Discusses the many parameters necessary for compatibility.
* Presents a checklist for checking the completeness of the methodology.
Course Overview
The two day course is designed for electrical engineers and operational staff involved in power generation. The content
is relevant for all types of generation involving synchronous machines; from traditional coal, oil, gas and hydro, to
offshore and nuclear. The course will give delegates a firm understanding in the operation of excitation control systems
along with an appreciation of the different types available and the numerous systems offered by the major manufacturers.
Course Learning Outcomes
Delegates will learn about:
Fundamentals of the synchronous machine
The generator capability diagram
Excitation system components
Excitation system control theory
Parallel operation of generators
Brushless / Rotating excitation systems
Static excitation systems
Power System Stabilisers
Transmission company compliance
IEEE Excitation Standards
Who Should Attend
•Electrical engineers involved in power generation both onshore and offshore
•Power plant operational staff
Although the probability of failures of electrical equipment such as switchgear, transformers, protection systems and ancillary equipment are low, the consequences of failure can be substantial. It is therefore vital to keep up the switchgear safe and reliable. This 2-day course is aimed at owners, operators and users of electrical switchgear in industrial and commercial organisations in both high and low voltage networks, plant and equipment. This training course will deal with the issues around design, maintaining and operating switchgear safe. It provides the latest UK industry practices and incorporates the very latest R&D work being undertaken by UK electricity utilities. It will help managers, engineers and others to understand their responsibilities and duties in the selection, use, operation and maintenance of high-voltage switchgear. Safety issues associated with switchgear and the non-invasive diagnostic techniques in use today will be fully discussed. Degradation processes are well determined with the latest monitoring techniques as well as typical failure modes in switchgear and other electrical equipment. By using historic performance information, failure data coupled to modern diagnostic information and simple but effective asset management techniques the risk of failure can be considerably reduced. The learning process is also aided by the use of practical advice and case examples.
Photovoltaic Training - Session 4 - Plant MaintenanceLeonardo ENERGY
Importance of good maintenance procedure in the plant operation.
•
Components to be maintained.
o
PV Panel.
o
Inverter.
o
Transformer.
o
Solar tracker.
o
Cabinet.
•
Types of maintenance
o
Corrective maintenance.
o
Preventive Maintenance.
•
Supplies.
o
Critical elements.
o
Guarantees.
•
Management of spare parts and stock.
•
Types of inspections and reach
o
Visual inspections.
o
Deep inspections.
o
Frequency of revisions.
In this ebook, we will look at consensus recommendations for preventive maintenance including industry standards from the Institute of Electrical and Electronics Engineers (IEEE) and regulatory requirements specific to utilities as stipulated by the North American Electric Reliability Corporation (NERC).
As these standards and regulations outline minimum maintenance activities, we will also share how many critical facilities can and should go beyond these minimums for additional system protection and added peace of mind.
Dear Sir/Madam,
I need a job in Power-Renewable Energy Project,Oil&Gas or Infrastructure(….Metro)
Please kindly check my profile in Linked in
I will join immediately to anywhere in this world
Thanks & Regards,
Mannan Natarajan,Chennai,India
+919843096802(India), whats up;+971544395250
Email: mannansan@yahoo.co.in / amsanatarajan53@gmail.com
Reduce costs by outsourcing solar project managementRick Borry
Are you tired of worrying about all the nuts and bolts of your solar power project?
This presentation will teach you how to properly outsource solar project management and what this process will mean for you. Learn how PhotoVoltaic system owners benefit from lower system costs, greater control on schedule and budget, and higher quality - while freeing up valuable time to develop your next solar project.
This webinar is free, and intended for solar power developers of all sizes.
Collecting Economic Data in Power Quality SurveyLeonardo ENERGY
Highlights:
* Presents an approach to facilitate economic data collection.
* Defines Power Quality (PQ) as the extent to which the electrical energy available at the point of use is compatible with the needs of the load equipment connected.
* Lack of compatibility may lead to end user equipment ceasing, operating erratically or incorrectly, or at reduced efficiency.
* Discusses the many parameters necessary for compatibility.
* Presents a checklist for checking the completeness of the methodology.
Course Overview
The two day course is designed for electrical engineers and operational staff involved in power generation. The content
is relevant for all types of generation involving synchronous machines; from traditional coal, oil, gas and hydro, to
offshore and nuclear. The course will give delegates a firm understanding in the operation of excitation control systems
along with an appreciation of the different types available and the numerous systems offered by the major manufacturers.
Course Learning Outcomes
Delegates will learn about:
Fundamentals of the synchronous machine
The generator capability diagram
Excitation system components
Excitation system control theory
Parallel operation of generators
Brushless / Rotating excitation systems
Static excitation systems
Power System Stabilisers
Transmission company compliance
IEEE Excitation Standards
Who Should Attend
•Electrical engineers involved in power generation both onshore and offshore
•Power plant operational staff
Although the probability of failures of electrical equipment such as switchgear, transformers, protection systems and ancillary equipment are low, the consequences of failure can be substantial. It is therefore vital to keep up the switchgear safe and reliable. This 2-day course is aimed at owners, operators and users of electrical switchgear in industrial and commercial organisations in both high and low voltage networks, plant and equipment. This training course will deal with the issues around design, maintaining and operating switchgear safe. It provides the latest UK industry practices and incorporates the very latest R&D work being undertaken by UK electricity utilities. It will help managers, engineers and others to understand their responsibilities and duties in the selection, use, operation and maintenance of high-voltage switchgear. Safety issues associated with switchgear and the non-invasive diagnostic techniques in use today will be fully discussed. Degradation processes are well determined with the latest monitoring techniques as well as typical failure modes in switchgear and other electrical equipment. By using historic performance information, failure data coupled to modern diagnostic information and simple but effective asset management techniques the risk of failure can be considerably reduced. The learning process is also aided by the use of practical advice and case examples.
Photovoltaic Training - Session 4 - Plant MaintenanceLeonardo ENERGY
Importance of good maintenance procedure in the plant operation.
•
Components to be maintained.
o
PV Panel.
o
Inverter.
o
Transformer.
o
Solar tracker.
o
Cabinet.
•
Types of maintenance
o
Corrective maintenance.
o
Preventive Maintenance.
•
Supplies.
o
Critical elements.
o
Guarantees.
•
Management of spare parts and stock.
•
Types of inspections and reach
o
Visual inspections.
o
Deep inspections.
o
Frequency of revisions.
1. Page 1 of 6
CONTACT INFORMATION:
VELMURUGAN SUBRAMANIAM (P.Eng)
Email Id: malavels@yahoo.com
Contact: +1-780-215-2241
PROFESSIONAL SUMMARY:
Over 20 years of professional experience in the areas of Engineering, Project
management, Installation, Commissioning & Maintenance in Refinery heavy Oil,
Upgrading, Power and Petrochemicals plants.
Presently working with Suncor Energy as Lead Reliability Engineer.
Professional Engineer and registered as member in APEGA and Member in IEEE
association
Managing assets reliability in operation & maintenance of equipment’s and reducing
downtime and enhancing operational effectiveness of equipment’s in large plants
Expertise in handling front end design (FEED) and detailed engineering packages (EDS),
related to Electrical systems.
Familiar with ExxonMobil safety in design practices and Project Management system
Familiar with IEEE/IEC/NEMA/CEC/CSA codes and standards
Strong interpersonal, communication and negotiation skills, proactively keeps
management, customers, peers, and subordinates focussed on the job.
CAREER OBJECTIVE:
To contribute as a member in a dynamic team of Engineering and Project department for a
corporate environment with the objective of creating a better competitive edge in a global energy
demand.
A Professionally Qualified and international experienced Electrical Engineer involved in Front
End Engineering Design (FEED), Management of EPC project, Contracting and project
execution. Reliability Management, Maintenance management and Turnaround planning and
execution
With the above background, I am confident that you will find my skill and experience invaluable
to your organization. I have enclosed my detailed resume for your reference. I feel confident that
a career with your firm will further enrich my career advancements.
Thanks,
VELMURUGAN.
2. Page 2 of 6
RESUME
Education :
BSEE, Bachelor of Engineering in Electrical and Electronics Engineering, 1994
Awards:
Management recognition awards for completion of safe complex Turn Around 2007 as a
IE lead team at Exxon Mobil, refinery
Management appreciation and recognition awards for completion of safe high complex
substation job during Turn Around 2006 at Exxon Mobil, refinery
Safety Leader ship committee member and contribution award
Operations recognition awards for completion of complex compressor surge,
performance and antisurge control job migration into single platform Triconex control
Experience Summary :
Since July2009 till date Lead Electrical Engineer with Suncor Inc
September 2001-June 2009 Senior Electrical Engineer with
Exxon Mobil
February 1998-April 2001 Senior Electrical Engineer with Petronas
July 1994-January 1998 Electrical Engineer with Birla chemicals
Electrical skill:
Reliability and Technical support to improve plant existing switch gears and LV MCC
/MV MCC (22/6.6KV/415V) system
Cable sizing calculation and cable routing
Substation design and calculations on fault current
NER and grounding system and Lightning protection system
Relay coordination and power system protection using EATP/SKM software
Auto transfer with secondary selective scheme time and residual voltage based system
Low Voltage (LV <1000V) Switchgear/MCC design as per IEEE C37.13-20.2/IEC-
60439/
NEMA ICS 1, 2
Medium Voltage (MV>1000V to 33KV) Switchgear/MCC design as per IEEE C37.20.7/
IEC-62271/NEMA ICS 3
Transformers/Variable Speed Drives (VSDs) Soft starters /UPS Power
LV/MV Motors selection as per IEEE 112,841/IEC-60034,60085
NEMA MG 1, 2
LV/MV Motors/Bus ducts/Power cable
Conceptual design & Detail engineering skill:
Scoping studies, Basic Engineering (DBM & EDS, Front End Loading), Detail Design,
Load estimation, Equipment sizing, Power System Studies
Motor starting and voltage dip, protection relay co-ordination, load flow studies under
dynamic and steady state conditions using ETAP/SKM computer tools
Preparation of specifications/requisitions of electrical equipments for LV/MV system
Review technical bids, Design protection & control schemes, Vendor drawing review,
Prepare and check single line diagrams
Plant layouts for lighting, cable and cable tray routings and grounding
3. Page 3 of 6
Design substation layouts, DCS interface, MTO for bulk items.
Continuous improvement of Reliability on Electrical equipments in the plants
Developing scope of work for Electrical repair work and provide technical supports
Develop Preventive Maintenance strategies and tracking implementation
Critical equipments strategies and develop for spares strategies
Relay co-ordination and providing technical work scope for relay testing
Turnaround Planning /Coordination and execution of E&I works
Testing of LV/MV Panels and motors.
Prepare and Execute Equipment Inspection plan based on Risk Based Inspection
approach
Attend techno commercial meetings, participate Factory Acceptance Testing (FAT), Site
A Acceptance Testing (SAT)
Resource planning, Progress monitoring, and expedite.
Involved in project audits as per company’s audit procedure, Mentoring engineers, EPC
contractors and site construction contractors team.
Reliability skill:
Carry out RCFA for equipment failures, proposed suitable Corrective /Preventive action
and responsible for preparation of detailed analysis reports
Involved as an Integral part of the Global Reliability of Management system(GRS) and
responsible for all quality related matters
Applying Reliability Centered Maintenance (RCM) principles to understand how each
class of equipment impacts reliability in the operating context
Key Trainings Undergone:
Undergone Electrical safety and hazard awareness training conducted by CSA
Undergone Electrical CSA code standards training conducted by CSA
ETAP power system protection and coordination analysis
Safety in plant design & construction ( Exxon Mobil)
Risk Assessment course ( Exxon Mobil )
Chemical Engineering for Non-chemical Engineers ( Exxon Mobil )
Failure Analysis of Electrical equipment ( PE board of Singapore )
“Assertiveness –Achieving Win-Win” – Course (Exxon Mobil)
Project Management and Contracts Course ( Exxon Mobil )
Project Cost estimation and Schedule Course ( Exxon Mobil )
Siemens PLC automation Training in Singapore.
Safety :
Under gone Suncor safety training (100% compliance)
Oil /Petrochemical Industrial Safety Course for Supervisors ( MOM-Singapore)
Hot Work –Cold Work Permit Process ( Exxon Mobil)
Emergency Response substation power Training ( Exxon Mobil)
Exxon’s Safety Engineering Course
Instrumentation skill:
Process instruments Technical feasibility studies
Compressor TMR control Triconex with antisurge /performance/speed control
Towers/drums/Tank ages instruments/control valves
Technical Evaluation of Instrumentation bids by vendors and compliance with GP/DP/
NEMA/IEC
4. Page 4 of 6
Loop drawings review of contractors documents compliance with GP/DP/NEMA/IEC
Reliability studies
Under gone Siemens PLC automation Training in Singapore.
Under gone Invensys Triconex Course
Under gone Honeywell DCS Course
Work Experience Details:
Suncor Energy Inc: Lead Electrical Engineer
Upgrading oil sands: Since July 2009
Responsibilities
Emergency plant restoration of upgrading refinery complex damaged due to major fires.
Testing of LV/MV Panels and motors.
Prepare and Execute Equipment Inspection plan based on Risk Based Inspection
approach
Attend techno commercial meetings, participate Factory Acceptance Testing (FAT), Site
A Acceptance Testing (SAT)
Continuous improvement of Reliability on Electrical equipments in the plants
Developing scope of work for Electrical repair work and provide technical supports
Develop Preventive Maintenance strategies and tracking implementation
Critical equipments strategies and develop for spares strategies
Relay co-ordination and providing technical work scope for relay testing
Exxon Mobil: Senior Electrical Engineer
Projects: Since September 2001
Turn around 2007 Upgrade of wood ward control compressor into TMR control Triconex
with antisurge/performance/speed control /Load sharing with steam driven compressors
project
Turn around 2007 main substation revamp project online with live units migration
without interruption to running units (22KV/6.6KV Switch gears )
Turn around 2006 substations revamp project online with live units migration
(6.6KV/460V Switch gears )
Turn around 2005 substations revamp project (6.6KV/460V Switch gears )
Equipment Health Monitoring system(EHM) project
Boiler Control Modernization project
UPS upgrade project
Technical support for electrical and instrumentation equipment's in plants
E&I support for other major projects
Responsibilities
Responsible for overall project from Feed, approval, developing EPC package together
with
Umbrella contractors Jacobs/Foster Wheelers
Detail Engineering, alignment with maintenance/Operation and EPC contractors
Procurement activities, Bid process and alignment with approval limits(DAOG)
Developing contracting strategy, coordination meeting and liaise with vendors
Electrical and Instrumentation project implementation and technical support for process
plants.
Progress review meeting with stake holders and EPC contractors
Monthly progress report to all stake holders
5. Page 5 of 6
Manage to control progress of work, manpower, material delivery and contractor
Job method statement /JSA review with maintenance/Operation and EPC contractors
Job Safety communication to all contractors and stake holders
Safety Operation Committee(SOC) review on critical jobs
Leadership for review and work process to ensure consistent quality of electrical data
sheets and instrument specification with Design practices(DP/NEMA/IEC)
Constructability review alignment with maintenance/Operation and EPC contractors
Review of vendors drawings/documents comply with Exxon’s GP/DP
Providing engineering design, trouble-shooting for LV/MV Switch gears. Supporting
operators in process start up safety review team (PSSR).
Execution of continuous improvement of plant electrical network distribution and
reliability studies.
Project hand over and on the job training to maintenance/Operation
Facilitate Root Cause Analysis (RCA) on equipment related failure and develop effective
solutions to eliminate recurrence and implement new facilities
Petronas Malaysia: Senior Electrical Engineer
Projects: February 1998-April 2001
Turn around 2000 substations revamp project (6.6KV/460V Switch gears ) 3MVA
transformer for refinery distribution systems (6nos) upgrade project
Upgrade of DCS control stations phase II Petronas project
Responsibilities
Lead Engineer for overall project from Feed, approval, developing EPC package together
with
Clients and subcontractors
Detail Engineering, alignment with maintenance/Operation and subcontractors
Technical evaluation on Electrical/Instruments complies with standards.
Procurement activities, Bid process and alignment with approval limits
Developing contracting strategy, coordination meeting and liaise with vendors
Looking after planning and preparation of weekly meeting schedule, attending weekly
Progress review meetings, preparation of method statements for installation, interaction
with petronas engineers for required inputs.
Field Technical Queries for the problems being faced due to the actual site conditions and
free issue materials and getting Field Instruction for extra works to be carried out and
follow up work to stick on to the schedule
Single point of coordination to ensure all departments shall progress in accordance with
the client’s schedule
Review and monitor commercial issues, contract scope of work, field variations and an
additional works.
Progress review meeting with client and contractors to discuss schedule and delay in
milestone items problems and solutions
Reporting to management budgets and cash flow requirements
Execution of continuous improvement of plant electrical network distribution and
reliability studies.
6. Page 6 of 6
Birla chemicals : Electrical Engineer, Maintenance
Projects: July 1994-January 1998
IPP Cogeneration power plant (2x74.5 MW )
Technical support for electrical and instrumentation equipment's in plants
Technical support for electrical main distribution network 33KV/22KV/11KV/460V
Responsibilities
Responsible for Electrical Installation and Testing of Centralized Utility Facilities Project
includes 33kV (Siemens), 11kV & 415V switchgears (Alstom), control and protection
panels, fixing of customer cable feeder supports and cable trays using ducting beneath
substation,
Erection of BHEL makes 20MVA transformers and 1.6 MVA transformers, Neutral
Earthing resistors and substation earthing. Executed 31.5MVA, 8MVA and 1.6MVA
transformers erection
Developing contracting strategy, coordination meeting and liaise with vendors
Attending coordination meetings with consultant, Tata Consulting Engineers and
vendors.
Looking after planning and preparation of Two Week Look Ahead Schedule, attending
weekly Progress review meetings, preparation of method statements for installation,
interaction with Electricity board.
Field Technical Queries for the problems being faced due to the actual site conditions
and free issue materials and getting Field Instruction for extra works to be carried out
and follow up work to stick on to the schedule.
Liaise with Electricity board, Professional Engineer and contractors
Manage to control progress of work, manpower, material delivery and contractor
Execution of continuous improvement of plant electrical network distribution and
reliability studies.
References:
Available shall be furnished upon request.